CAD Design & Modelling
Expert modelling with Autodesk. We turn sketches and concepts into production-ready 3D models.
- 2D→3D Conversion
- Parametric Modelling
- Technical Documentation
Precision Reverse Engineering · Perth, WA
Every part has
Every part has
a second life.
Expert CAD modelling, reverse engineering, and mechanical reproduction. From obsolete parts to custom prototypes, we make the impossible printable.
Perth, WA
Autodesk CAD
Industrial-grade tolerances
Files you own
Our Core Services
Comprehensive mechanical design and reproduction solutions for industry and enthusiasts.
Reverse Engineering
Specialising in obsolete and rare parts. We scan, measure and reconstruct complex mechanical components.
- 3D Scanning
- Mesh Processing
- Wear Reconstruction
3D Printing Partners
Production-grade additive manufacturing through our vetted partner network — rapid prototyping to end-use parts.
- PLA, ABS, Nylon
- Metal (Steel, Aluminium)
- Rough or Smooth Finish
Mechanical Parts
Custom solutions for automotive, industrial and hobbyist applications. If you can dream it or draw it, we can make it.
- Auto Restoration
- Industrial Repair
- Custom Prototypes
The Process
From concept to reality in six steps.
-
1
Tell us what you need made
Initial Inquiry
Share the part, challenge or idea. If it exists, is broken, or is hard to source, we can work from it.
-
2
We define the best path forward
Analysis & Planning
We assess feasibility, materials, tolerances and the production pathway to ensure success.
-
3
The part is digitally defined
CAD Modelling & Capture
We model from sketches, photos or existing parts. High-accuracy 3D scanning ensures exact alignment.
-
4
Digital validation
Verification & Approval
You review the detailed 3D model and specs. We confirm everything matches before production.
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5
Your part is brought to life
Manufacturing & Production
Once approved, the part is manufactured using the most appropriate 3D-printing or machining technology.
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6
Checked, finished, and delivered
QC & Delivery
Every part is inspected, post-processed and securely packaged for delivery or local collection.
Capabilities & Possibilities
See what's possible when precision engineering meets advanced manufacturing.
Reverse Engineering
Classic Car Component
Recreated a disintegrated dashboard bracket for a 1968 classic. We scanned the fragments and reconstructed the geometry for a perfect fit.
ABS-Like Resin · 0.1 mm accuracy
Mechanical Design
Industrial Gear Assembly
Designed a replacement gear system for obsolete machinery, with an improved tooth profile for better durability than the original.
316L Stainless Steel · Load tested
Prototyping
Custom Drone Frame
Lightweight, aerodynamic frame optimised for stiffness-to-weight on a custom build.
Carbon-Fibre Nylon · 45 g
Restoration
Vintage Camera Mechanism
Reproduced a tiny internal mechanism from a broken original, restoring full functionality to a 1950s rangefinder camera.
Brass · 0.05 mm precision
Representative examples.
Priced on complexity, not guesswork
Every part is different. We anchor with starting points, then quote precisely once we understand the geometry.
Scan & Model
Digital twin only — a precise, editable CAD file you own.
From $—
Request a quote
- 3D scan of original
- Parametric Autodesk model
- STEP + STL files delivered
Scan, Model & Print
The full pipeline — from original part to a finished physical replacement.
From $—
Request a quote
- Everything in Scan & Model
- Material selection & advice
- Production via vetted partners
Complex / Assembly
Multi-part assemblies, metal processes and safety-relevant work.
Custom quote
Tailored to scope
- Assembly reverse engineering
- Metal & specialist materials
- Engineering consultation
Pricing reflects part complexity, condition and material. Complex or assembly work is always individually quoted.
About 3D printing & fitness-for-purpose
ApexForm specialises in reverse engineering and CAD modelling. Physical printing is fulfilled by vetted third-party additive manufacturing partners. Material properties, tolerances and suitability for load-bearing or safety-critical applications depend on the chosen process and material, and remain the client's responsibility to validate.
We provide geometry and CAD-accuracy assurance; final part fitness-for-purpose should be confirmed by the client for the intended application.
Tell us about your part
Five quick steps. We'll review and reply within one business day.
Request received
Thanks — your request has been sent and we'll be in touch within one business day. A confirmation will arrive at the email you provided. Questions? Reach us at info@apexform3d.com.au.
Common questions
Turnaround varies by complexity. CAD design is generally 3–5 days. With manufacturing, expect 2–3 weeks for 3D printing and shipping. Expedited service is available for urgent requests.
Not at all. We can work from hand sketches, photos with measurements, or even the broken part itself. If you can send us the physical part, we can reverse-engineer it directly.
We typically provide STEP, STL and IGES — industry standards for manufacturing. Native Autodesk files are available on request.
Yes. Through our manufacturing partners we offer Stainless Steel (316L), Aluminium, Titanium and Tool Steel, plus high-performance polymers like Carbon-Fibre Nylon.
Standard CAD modelling tolerance is ±0.1 mm. For reverse engineering we use high-precision calipers and scanning tools so the part fits and functions exactly like the original.
Yes, we ship parts worldwide, and digital CAD files can be delivered instantly by email to clients anywhere.